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Table Of Content
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Design with the Intent to Increase Operational Sustainability
Concept of Data Center Operations Functions
Operational Sustainability Standard – Uptime Institute
Impact of Site Location on Building Charac. & Operations
Impact of Design on Building Characteristics
Impact on Building Features
Impact on Infrastructure
Impact on Commissioning
6 Impact of Design on Management & Operations
Design with the Intent to Increase
Operational Sustainability
Data centers are becoming more central to all parts of society (IoT), which is increasingly micro-managing things such as traffic systems, airports, hospitals, and utilities…
Data Centers are Mission Critical Facilities (MCF) engineered for high reliability, with the intent to provide services continuously under Normal, Maintenance, and Emergency Modes of Operations.
Data Centers are complex systems depending on both technology and human activity, and will inevitably fail at some point.
Maximum Availability (Uptime/(MTBF + MTTR)) is achieved by: Tier Topology (Tier II, III, IV), and Operational Sustainability (Management & Operations, Building
Characteristics and Site Location)
In most cases, the underlying root cause of failures is human error whether during design, installation, testing, maintenance or operation. Increasing data center reliability is a matter of eliminating or reducing that wherever possible.
Concept of Data Center
Operations Functions
IT Operations:
Refers to the entire range of IT hardware/ software management (IMACs), IT hardware racking/stacking, equipment monitoring, first response to hardware/ software incidents, NOC, SOC, BCP/ITDR…
Housekeeping Operations
(FM Soft Services):
In addition to all aspects of normal housekeeping, this FM function also includes reception, pantry, janitorial,
health & safety, helpdesk, storage, and escorting customers...
Engineering Operations
(FM Hard Services):
Refers to building engineers and technicians who are charged with operating and maintaining the site infrastructure, supporting tenants, escorting vendors, supervising project work, first response to infrastructure events and issues, including SOPs, EOPs, MoPs, CMMS…
Security Operations:
Includes building and grounds security, raised-floor access control, parking lot management, package receipt/dispatch, first response to security breaches and fire/life safety events…
Operational Sustainability Standard –
Uptime Institute
1. Management & Operations
Staffing and Organization
Shift Presence, Maintenance Hours
(PMs, RCMs, Walk-rounds),
Organization Structure:
IT, Security, Facilities
Training
Qualification & Skills, Staff &
Vendor Training, Incident
management, H&S
Maintenance
PM Program, W.O., CMMS,
Vendor Support, Spare Parts,
Housekeeping, Failure Analysis
Computer Room Change Management
PTW process, EIRs, IMACs
Operating Conditions
Load Management,
Switching/ Rotating,
Set Points, SPC redlines
Planning, Coordination,& Management
Site Policies, Reference Library,
Capacity Planning, Lifecycle
Planning, Financials
Operational Sustainability Standard –
Uptime Institute
2. Building Characteristics
Commissioning
As-built drawings,
SOO,
Signage +Labeling +Tagging,
5 levels of T&C,
Warranties
Building Features
Purpose Built,
Building Size, Functions & Spaces,
Security and Access,
Setback
Infrastructure
Systems Complexity,
Ease of Maintenance,
Scalability, Modularity
Operational Sustainability Standard –
Uptime Institute
3. Site Locations
Natural Disasters
Floods, Earthquakes, Hurricanes,
Lightning strike…
Man-Made Disasters:
Intentional (Terrorism, Theft,
Cybercrime, EMP…)
Accidental (Explosion, Fire, Leaks, ...)
Environmental Conditions
OAT, RH, Dust/Contaminants,
Elevation above sea level
Availability Of Services
Police, Fire brigade, Emergency
Services
Availability of Utilities
Power, Water, Fiber,
Sewage, District Cooling
Availability Of Resources
Qualified Staff, Vendors/OEM,
Spares, Consumables
Impact of Site Location on Building
Characteristics & Operations
Operational Sust.
Element
Impact
Effect
Impact on Bldg.
Char. and M&O Change Opportunity
Natural Disasters HighBuilding Characteristics
Health & Safety
Building Life Safety, Train Staff against Natural Disasters, perform emergency
drills more frequently
Man-Made Disasters -Accidental
HighBuilding Characteristics
Health & Safety
Building Life Safety, Train staff for firefighting, Evacuation and Assembly
point, Fire Resistance, Fire Stopping, Compartmentalization,
Smoke Extraction
Man-Made Disasters -Intentional
HighBuilding CharacteristicsSecurity Management
Provide Multiple layers of security challenges to reach Computer Room
Environmental Conditions
HighMaintenanceHousekeeping
Operating Conditions
Ventilation System, Change Filters more often CR Deep Cleaning, Clean Equipment from dust, Freeing
clogged drains… Turn to Free Cooling Mode
Availability of Services Low Health & Safety If Emergency Services not available, Provide First Aid Kit
and Infirmary facilities, Train Staff on Emergency Services
Impact of Site Location on Building
Characteristics & Operations
Operational Sust.
Element
Impact
Effect
Impact on Bldg.
Char. and M&O Change Opportunity
Availability of Utilities MediumBuilding CharacteristicsOperating Conditions
Housekeeping
Increase On-site storage of water, and Septic Tank (based on 3 shifts 24x7),
Turn to DCP Mode Provide Water Softener for Humidifiers, Air Separator and
Chemical dozer for Chilled water Provide Waste Management gears (oil separator, tank)
Availability ofResources
High
Building CharacteristicsOrganization & Staffing
TrainingMaintenance
Increase Shift Presence, and therefore allocate space to accommodate more staff, including beds, and showers, cafeteria, recreation facilities…
Internal Staff are trained and qualified for break-fix (not only minor PM)
Increase Critical Spare parts and Consumables Safety Stock
Provide storage facilities for Spare parts and tools, plus a Workshop
Provide on-site storage for larger fuel capacity, and Fuel Polisher
Impact of Design on
Building Features & Operations
Operational Sust.
Element
Impact
EffectImpact on M&O Change Opportunity
Purpose Built (Enterprise Or Commercial)
HighComputer Room
Change Management
Process for Deliveries, in-Transit Storage, and Decommissioning
Understand PTW, IMACS, EIRs processes Specify Field devices for DCiM
Building/Campus Size MediumComputer Room
Change Management Maintenance
Separate Car Park for Visitors and Staff, Separate access for material deliveries (Fuel/Water
Tankers) Install a Dock Leveler, Service Elevator and Winch, Have a space for Forklift and Trucks Facilitate walk-rounds Ensure Faster Response to emergencies,
Support & Specialty Spaces
HighComputer Room
Change Management Maintenance
• Provide NOC, SOC, IT support, BMS, and Engineering offices, Command Center (Crisis Management Team)
• Provide meeting rooms, multi-purpose room, and other facilities such as larger loading dock, trash room, staging, IT storage, handling equipment storage, offices for Accounting, Customer Service…
• Allocate space for Workshop, Spare parts and Storage of Consumables
Impact of Design on
Building Features & Operations
Operational Sust.
Element
Impact
EffectImpact on M&O Change Opportunity
Security & Access High Security Management
• Define Process for Access of DC Staff, Vendors, and Customers
• Define Process for Access for People and Material • Provide Vehicle Trap, Turnstile, Speed lanes, Mantrap,
Biometric, Dual-authentication• Provide CCTV monitoring, Intrusion detection, Real-time
Location system
Setback High Security Management
• Ensure enough Standoff distance and provide perimeter anti-ram engineering (bollards, fences, planters),
• Apply the concept of 5D’s, or Crime Prevention through Environmental Design (CPED)
• Facility Hardening and Blast Resistance
Life Safety High Health & Safety• Civil defense requirements and Life Safety (travel
distance, dead ends, means of egress, assembly points)• Fire protection means (Fire blankets, PFE, Trolleys, FHC, Fire
Hydrants)
Impact of Design on
Infrastructure & Operations
Operational Sust.
Element
Impact
EffectImpact on M&O Change Opportunity
Systems Complexity HighCommissioning Maintenance
• Plan for Testing & Commissioning• Know who will Operate and Maintain the system• Simplify SOPs, EOPs (Isolation, Sustain, Restoration)• Ensure Concurrent Maintenance and Fault Tolerance
Space, Power, Cooling Redlines
Medium Operation Conditions• Provide Design Limit (max. loading. Maximum OAT), • Plan Redundancy and Failover architecture (run/standby), • Ensure Power balancing, Avoid Stranded Capacities
Ease of Maintenance Medium Maintenance
• Provide Handling Equipment, Overhead Crane/Hoist, • Provide Adequate Space for Maintenance, Accessibility, • Provide enough Lighting, Power sockets, Disconnect switch• Provide Space for Installation/Retrieval of Equipment
Flexibility for Capacity Increase
HighCommissioning
Capacity Management
• Show clearly Phasing of Construction on Drawings and BoQs
• Ensure Flexibility in scalability (Hot-Swappable)
Infrastructure for Support Operations
HighMaintenance
Incident Management
• Provide design requirements for Building Automation BMS/SCADA, LAN/WAN of Building services
• Specify Field devices For Power Monitoring EPMS and DCiM
Impact of Design on
Commissioning & Operations
Operational Sust.
Element
Impact
EffectImpact on M&O Change Opportunity
As –Built drawings HighTraining
Maintenance
• Use BIM from design up-to commissioning to facilitate
transition management and handover to Ops.• Provide Details of Panel Boards, Cable Routes and
Pathways• Use Exposed Conducting and Trunking for ease of
traceability
Signage,Labeling & Tagging
HighTraining
Maintenance
• Show Location of Posters, Warning Signs• Provide numbering for Rooms, Doors, and Keys (Master)• Use Color Codes, LOTO, Mimic power flow • Decrease MTTR (increase Uptime) by facilitating PM and
RCM activities• Provide unique and robust/durable, labeling and proper
tagging, for quick identification
SOO High
Commissioning Training
Site Config. PoliciesMaintenance
• Provide SOO for BMS/SCADA, FAS, ACS, PAS to facilitate transition management and handover to Ops.
• Provide Site Configuration policies under different modes of operations (Normal, Maintenance, and Emergency)
Impact of Design on
Commissioning & Operations
Operational Sust.
Element
Impact
EffectImpact on M&O Change Opportunity
Testing & Commissioning High
Commissioning Training
Site Config. PoliciesMaintenance
• Ensure all five levels of T&C are clearly specified FWT, SAT, FCT, FST, especially IST
• Specify and provide BoQ items for Load banks, Fuel and other resources for T&C
• Provide Testing & Commissioning scripts for proper Transition to Ops
• Ensure replacement of certain Consumables after Commissioning (fuel, filters, fuses)
Warranties Medium Maintenance
• Specify after sales support (frequency of PM, RCM response time),
• Ensure that Engineering skills and critical spare parts availability locally,
• Specify Parts and labor that should be covered under warranty
Impact of Design on
Management &Operations
Operational Sust.
Element
Impact
EffectImpact on M&O Change Opportunity
Staffing &
OrganizationHigh
Building Features
Maintenance
• Determine Operations Head Count
• Account for Specialty spaces and support functions
Training MediumTraining
Reference Library
• Provide Training facilities,• Specify Training Simulation Software and/or Web Based
Training Tool
Planning Coordination & Management
MediumCapacity PlanningLife Cycle Planning
• Separate/Reduce Impact of future phases on Current Operations especially during commissioning
• Ensure chosen Technology will be supported in the future
Maintenance HighSecurity Management
Maintenance
• Separate IT from Maintenance• Separate Network from Systems• Separate Access to Service Providers and IT Vendors
(Multiple Staging and Storage rooms)
Operating Conditions High Switching Schedule• Provide Switching Schedule (Rotating redundant
equipment Make before Break)
Change
ManagementHigh
Computer Room
Management
• Allow Flexibility in IT equipment choices (rack sizes, types)• Facilitate storage, movement, handling, and retrieval of
ITE
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